Not exact matches
Computer
simulations have become a useful part
of mathematical modelling
of many natural systems in physics, chemistry and biology, human systems in economics, psychology, and social science and in the
process of engineering
new technology, to gain insight into the operation
of those systems.
They hope to publicly release the
new simulation model — based on a direct version
of a kinetic Monte Carlo
simulation where reaction channels are predicted automatically on the fly as the growth
process proceeds — in 2015.
The graphic is based on a
new model used to produce a three - dimensional
simulation of these
processes under the influence
of Saturn's tidal forces.
This
process kills quasars after short lifetimes while stifling the birth
of new stars in their host galaxies, according to a
new simulation.
On top
of that, the
process is time - consuming because changing a single property means having to wait to regenerate the
new design, run a
simulation, see the result, and then figure out what to do next.
Furthermore, so as to understand the chemical and physical nature
of the shaping
process, standard characterization techniques (spectroscopy and electron microscopy) have been employed, as well as
new theoretical models and advanced computer
simulation techniques.
Such enhanced modeling and
simulation capabilities held the potential to dramatically accelerate future product development cycles and could provide GE with
new insights into turbine engine performance earlier in the design
process instead
of after testing physical prototypes.
So far, the exact mechanism by which splicing occurs was unknown, but a
new SISSA / CNR - IOM study carried out with the collaboration
of the Swiss EPFL has reconstructed in detail — by using computer
simulations — the cleavage
process for group II introns, considered the ancestors
of the spliceosome, thereby shedding light on the much more complex splicing mechanism in humans.
As our knowledge
of astrophysical
processes improves with
new telescopes and as computers get faster,
simulations will become even more detailed.
The programs also fund inquiries into data exchange and interoperability, analytical tools for large data sets, and
new models or
simulations of complex biological
processes.
Now, a team at the Department
of Energy's Oak Ridge National Laboratory, in collaboration with the University
of Tennessee and the Graz University
of Technology, has developed a powerful
simulation - guided drafting
process to improve FEBID and introduce
new possibilities in nanomanufacturing.
This session examined the biogeochemical
processes that are likely to affect the evolution
of the Earth system over the coming decades, with a focus on the dynamics
of marine and terrestrial ecosystems and the development
of improved understanding through (a) fieldwork and laboratory experiments, (b) development
of new observational datasets, both modern and palaeo, and (c)
simulations using numerical models.
The more dynamic picture in the
new simulations suggests that the rate
of change in the first half
of this century — which does not involve a significant contribution from
processes like marine ice - cliff instability, or hydrofracturing — is essentially uncorrelated with the rate
of change later in the century.
David Bordwell contends that Tarantino deliberately signals his sources to his audience, «in order to tease pop connoisseurs into a
new level
of engagement,» while Aaron C. Anderson writes that by using framing markers and calculatingly phony distancing devices (like, for example, the black - and - white
process shots in Pulp Fiction), «Tarantino draws attention to his film's status as a film, as a constructed work
of fiction, and as a «
simulation.
Integrated Assima
simulations of the bank's actual systems provided a wall - garden for systems training and safely practising
processes for
new staff.
«For example, making up a dance routine for something as simple as the Hokey Cokey to impress our friends, figuring out how to streamline a supply chain business
process, developing a computer
simulation to model how a
new antibiotic will impact on the immune system, or just doing long multiplication, are all examples
of using algorithms to solve problems.
Instructor directed Web searches and Web site evaluation, word
processing (communication
of requirements, feedback, rubrics) online literature / research reviews, software evaluation,
new skills learned through training updates, use
of multimedia, demonstration /
simulation software, student feedback / input into course design, assessment tool development
The
process of evaporation, one
of the most widespread on our planet, takes place differently than we once thought — this has been shown by
new computer
simulations carried out at the Institute
of Physical Chemistry
of the Polish Academy
of Sciences in Warsaw.
Scientific progress since the Third Assessment Report (TAR) is based upon large amounts
of new and more comprehensive data, more sophisticated analyses
of data, improvements in understanding
of processes and their
simulation in models and more extensive exploration
of uncertainty ranges.
The more dynamic picture in the
new simulations suggests that the rate
of change in the first half
of this century — which does not involve a significant contribution from
processes like marine ice - cliff instability, or hydrofracturing — is essentially uncorrelated with the rate
of change later in the century.
The
new system will be used to
process the huge quantity
of data (Big Data) needed to carry out effective climate
simulation.
Highly reliable with profound technical knowledge experience in the full life cycle
of the software design
process including creating, testing, installing and evaluating software systems and applications, in different software languages, identifying
new technologies for implementation, software modeling and
simulation, providing browser user interface design.